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Anna Winlock joined the observatory in 1875 to assist in supporting her family after her father's unexpected passing. She tackled her father's unfinished data analysis, performing the arduous work of mathematically reducing meridian circle observations, which rescued a decade's worth of numbers that had been left in a useless state. Winlock also worked on a stellar cataloging section called the "Cambridge Zone". Working over twenty years on the project, the work done by her team on the Cambridge Zone contributed significantly to the Astronomische Gesellschaft Katalog, which contains information on more than one-hundred thousand stars and is used worldwide by many observatories and their researchers. Within a year of Anna Winlock's hiring, three other women joined the staff: Selina Bond, Rhoda Sauders, and a third, who was likely a relative of an assistant astronomer. Pickering hired Annie Jump Cannon, a graduate of Wellesley College, to classify the southern stars. While at Wellesley, she took astronomy courses from one of Pickering's star students, Sarah Frances Whiting.
Issue navigator. View issues such as diagnostics, warnings, and errors found when opening, analyzing, and building your project. Test navigator. Create, manage, run, and review unit tests. Debug navigator. Examine the running threads and associated stack information at a specified point or time during program execution. Breakpoint navigator. Fine-tune breakpoints by specifying characteristics such as triggering conditions. Report navigator. View the history of your build, run, debug, continuous integration, and source control tasks. Most development work in Xcode occurs in the editor area, the main area that is always visible within the workspace window. Source editor. Write and edit source code. Interface Builder. Graphically create and edit user interface files. Project editor. View and edit how your apps should be built, such as by specifying build options, target architectures, and app entitlements. Standard Editor. Fills the editor area with the contents of the selected file. Assistant Editor. Presents a separate editor pane with content logically related to content in the standard editor pane.
Both were intended to be programmed exclusively in high-level languages, with no use of assembler. Both were initially implemented via standard low-density TTL chips, each holding a 4-bit slice of the 16-bit ALU. Both had a small number of top-of-stack, 16-bit data registers plus some extra address registers for accessing the memory stack. Both used Huffman encoding of operand address offsets, to fit a large variety of address modes and offset sizes into the 16-bit instruction format with very good code density. Both relied heavily on pools of indirect addresses to overcome the short instruction format. Both supported larger 32- and 64-bit operands via multiple ALU cycles, and memory-to-memory string operations. Both used "big-endian" addressing of long versus short memory operands. These features had all been inspired by Burroughs B5500-B6800 mainframe stack machines. The T/16 instruction set changed several features from the HP 3000 design. The T/16 supported paged virtual memory from the beginning.
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